Gould Shawmut Type R162 Fuse Reducer

The Gould Shawmut Type R162 Fuse Reducer is a specialized device designed to accommodate lower-rated fuses within equipment that features higher ampere-rated clips. This functionality enables the use of fuses that more closely match the specific current requirements of connected devices, thereby enhancing circuit protection and operational efficiency.

Key Features

• Versatile Compatibility: The R162 allows a 60A fuse to fit into 100A clips at 250V, and a 30A fuse to fit into 100A clips at 600V, providing flexibility across different voltage applications.
• Rejection-Type Design: Engineered to accept only Class R fuses in Class R clips, ensuring proper fuse selection and preventing the use of incompatible fuses.
• Enhanced Circuit Protection: By facilitating the use of time-delay fuses rated closer to the actual current needs, the R162 helps improve circuit protection and reduce the risk of overcurrent conditions.
• High Short-Circuit Current Rating: With a short-circuit current rating of 200 kA, the R162 is capable of handling high fault currents, ensuring robust protection in demanding environments.

Applications

The R162 Fuse Reducer is ideal for scenarios where existing equipment has higher ampere-rated fuse clips, but the operational requirements necessitate the use of lower-rated fuses. This is particularly beneficial in motor protection applications, where replacing renewable or one-time fuses with time-delay fuses rated closer to the motor’s nameplate current can significantly enhance protection and performance.

Specifications

• Voltage Rating: 250V / 600V
• Fuse Current Rating: 60A at 250V; 30A at 600V
• Clip Current Rating: 100A
• Fuse Type: Class R
• Type: Rejection
• Approvals: UL Listed, CSA Certified
• Short-Circuit Current Rating: 200 kA

Incorporating the Gould Shawmut Type R162 Fuse Reducer into your electrical system ensures that your equipment operates with optimal protection, aligning fuse ratings more closely with actual current demands and thereby enhancing overall system safety and reliability.